def test_str_success(self):
# If the result is successful, include 'Success' and the email
# in the string.
result = base.VerificationResult({'status': 'okay', 'email': '*****@*****.**'})
eq_(six.text_type(result), '<VerificationResult Success [email protected]>')
# If the email is missing, don't include it.
result = base.VerificationResult({'status': 'okay'})
eq_(six.text_type(result), '<VerificationResult Success>')
def test_expires_valid_timestamp(self):
"""
If expires contains a valid millisecond timestamp, return a
corresponding datetime.
"""
result = base.VerificationResult({'expires': '1379307128000'})
self.assertEqual(datetime(2013, 9, 16, 4, 52, 8), result.expires)
def test_expires_invalid_timestamp(self):
"""
If the expires attribute cannot be parsed as a timestamp, return
the raw string instead.
"""
result = base.VerificationResult({'expires': 'foasdfhas'})
self.assertEqual(result.expires, 'foasdfhas')
def test_getattr_attribute_exists(self):
"""
If a value exists in the response dict, it should be an
attribute on the result.
"""
result = base.VerificationResult({'myattr': 'foo'})
self.assertEqual(result.myattr, 'foo')
def test_str_unicode(self):
# Ensure that __str__ can handle unicode values.
result = base.VerificationResult({
'status': 'okay',
'email': six.u('\[email protected]')
})
eq_(six.text_type(result),
six.u('<VerificationResult Success email=\[email protected]>'))
def test_expires_no_attribute(self):
"""
If no expires attribute was in the response, raise an
AttributeError.
"""
result = base.VerificationResult({'myattr': 'foo'})
with self.assertRaises(AttributeError):
result.expires
def test_getattr_attribute_doesnt_exist(self):
"""
If a value doesn't exist in the response dict, accessing it as
an attribute should raise an AttributeError.
"""
result = base.VerificationResult({'myattr': 'foo'})
with self.assertRaises(AttributeError):
result.bar
def test_str_failure(self):
# If the result is a failure, include 'Failure' in the string.
result = base.VerificationResult({'status': 'failure'})
eq_(six.text_type(result), '<VerificationResult Failure>')
def test_nonzero_okay(self):
# If the response status is 'okay', the result should be truthy.
ok_(base.VerificationResult({'status': 'okay'}))
def test_nonzero_failure(self):
# If the response status is not 'okay', the result should be
# falsy.
ok_(not base.VerificationResult({'status': 'failure'}))
def test_expires_valid_timestamp(self):
# If expires contains a valid millisecond timestamp, return a
# corresponding datetime.
result = base.VerificationResult({'expires': '1379307128000'})
eq_(datetime(2013, 9, 16, 4, 52, 8), result.expires)
def test_expires_invalid_timestamp(self):
# If the expires attribute cannot be parsed as a timestamp,
# return the raw string instead.
result = base.VerificationResult({'expires': 'foasdfhas'})
eq_(result.expires, 'foasdfhas')
def test_getattr_attribute_exists(self):
# If a value exists in the response dict, it should be an
# attribute on the result.
result = base.VerificationResult({'myattr': 'foo'})
eq_(result.myattr, 'foo')
def test_str_failure(self):
"""
If the result is a failure, include 'Failure' in the string.
"""
result = base.VerificationResult({'status': 'failure'})
self.assertEqual(six.text_type(result), '<VerificationResult Failure>')
def test_nonzero_okay(self):
"""
If the response status is 'okay', the result should be truthy.
"""
self.assertTrue(base.VerificationResult({'status': 'okay'}))
def test_nonzero_failure(self):
"""
If the response status is not 'okay', the result should be
falsy.
"""
self.assertTrue(not base.VerificationResult({'status': 'failure'}))
